YX-UILS1600 Intelligent Laboratory System

YX-UILS1600 Intelligent Laboratory System

Standard instrument configuration:

Category:

Intelligent Laboratory

Keywords:

Analysis instrument

Return to list

Consult now

Product Description
Technical Features
Technical Specifications

- Commodity name: YX-UILS1600 Intelligent Laboratory System
It is primarily designed for the fully automated analysis of coal samples in industries such as power generation, coal mining, steel, chemical engineering, metallurgy, building materials, testing, environmental protection, and research institutions.

Scope of Application

It is primarily designed for the fully automated analysis of coal samples in industries such as power generation, coal mining, steel, chemical engineering, metallurgy, building materials, testing, environmental protection, and research institutions.

Conform to the standards

GB/T 3715 “Terminology Related to Coal Quality and Coal Analysis”

GB/T 212 “Methods for Industrial Analysis of Coal”

GB/T 213 “Method for Determination of Calorific Value of Coal”

GB/T 214 “Method for Determination of Total Sulfur in Coal”

GB/T 30733 “Determination of Carbon, Hydrogen, and Nitrogen in Coal—Instrumental Method”

GB/T 30732 “Industrial Analysis of Coal — Instrumental Method”

GB/T 25214 “Determination of Total Sulfur in Coal — Infrared Spectrometric Method”

System Overview

The YX‑UILS1600 Intelligent Laboratory System is a high-end, intelligent product developed by Youxin Instruments. Building on its expertise in coal‑quality analysis instruments and standardized laboratory management systems, it integrates cutting‑edge modern robotic technologies. The system can replace the labor‑intensive manual operations traditionally required in coal‑quality laboratories, while also enabling fully automated, unattended operation throughout the entire analytical process, thus achieving closed-loop control across the entire workflow.

The system can determine parameters such as calorific value, total sulfur, moisture, ash content, volatile matter, and the contents of carbon, hydrogen, and nitrogen. Its main components include a robotic platform, automated analytical instruments, an automated sample‑bottle handling and sampling unit, an automatic sub‑sampling and weighing unit, an oxygen bomb assembly/disassembly and cleaning unit, an electrical control system, and laboratory analysis and data‑management software.

On-site photos
◎ Employing a floor‑mounted rail‑guided operation, this design significantly expands the robot’s maneuvering space; individual modules can operate independently without interfering with one another, resulting in low latent system failure rates and simplified maintenance.

◎ Intelligent robots replace laboratory analysts in performing analytical tasks, enabling operations such as sample collection, mixing, weighing, spreading, analysis, and crucible recovery. The entire process is conducted without human intervention, eliminating human‑induced variability and ensuring the reliability of test results.

◎ The weighing module features a simple structure and high efficiency, enabling sealed sample weighing to prevent cross-contamination during the process and protect samples from moisture exposure to environmental factors.

◎ Up to 60 samples can be tested in 8 hours, delivering testing efficiency that surpasses traditional manual methods; it supports 24-hour operation, significantly reducing users’ labor costs.

◎ The software system enables the aggregation of laboratory data and process control, with automatic calculation and summarization of results, as well as automated determination of test pass/fail status.
Test parameters: calorific value, total sulfur, moisture, ash content, volatile matter, and carbon, hydrogen, and nitrogen elements (optional), among other coal quality indicators.

Testing throughput: 60 samples in 8 hours (varies with configuration)

External dimensions: 5 m × 3.7 m × 2.5 m (length × width × height)

Venue dimensions: 7 m × 5.5 m × 2.5 m (length × width × height)

Ground load requirement: not less than 3 kN/m²

Room environment requirements: No vibration sources (as determined by the absence of any effect on the 0.1 mg balance reading).

Environmental requirements: Ensure that the room temperature remains within the range of (20–25) °C and is kept relatively stable (temperature fluctuations must meet the conditions for...).

Heat test requirements), (30–75)% RH

Gas requirements: Oxygen (non-electrolytic oxygen): purity ≥ 99.5%, pressure ≥ 4 MPa.

Nitrogen (when carbon‑hydrogen‑nitrogen is selected): Purity ≥ 99.5%, Pressure: ≥ 1 MPa

High-purity oxygen (when carbon, hydrogen, and nitrogen are selected): Purity ≥ 99.99%, Pressure: ≥ 1 MPa

High-purity helium (when carbon, hydrogen, and nitrogen are selected): Purity ≥ 99.999%, Pressure: ≥ 1 MPa

Compressed air requirements: oil and water removal, flow rate of at least 50 L/min, and compressed air pressure of at least 0.6 MPa.

Water supply requirements: tap water, with a flow rate of no less than 1 L/min.

Drainage requirements: A floor drain shall be used, with a nominal diameter of not less than φ30.

Power requirements: AC 380 V ±10%, 50 Hz ±1 Hz

Maximum power: 50 kW

Network Requirements: The room is equipped with an Ethernet interface capable of interfacing with the upper-level system.